Instrument Integration That Captures Lab Data at the Source.
LabVia is the instrument layer of ELabELN Suite. Direct connectivity to lab instruments over serial, USB, and network, so the raw output of every run lands in the ELN with experiment, sample, and protocol context already attached.
Included with ELabELN Suite
Hundreds of instrument profiles
Cloud or on-premises
Where instrument data goes to die.
A lab's instruments produce most of its data, in the most isolated way possible. The mass spec has its own PC running the vendor's software. The plate reader has another PC, another vendor, another export format. The balance dumps to a serial port that someone reads off a screen and types into a spreadsheet. None of it is talking to the experimental record that justifies it.
What labs build to fix this is almost always a workaround. A network drive someone copies files to at the end of the day. A spreadsheet someone retypes numbers into. A homegrown script that breaks when the instrument firmware updates. The result is data that takes hours to assemble, errors nobody notices until the paper is in review, and a transcription tax the lab pays on every run. LabVia is the layer that connects the instrument to the experiment at the moment the data is produced, so the assembly step does not have to happen.
Instruments that talk to the notebook.
Five capabilities define what makes LabVia different from manual transcription and vendor data acquisition software. The first four are how the day-to-day works. The fifth is what the day-to-day adds up to.
01 Universal connectivity
Hundreds of instruments, one integration layer.
LabVia ships with profiles for the instruments labs actually use: Agilent, Thermo, Waters, Shimadzu, PerkinElmer, Bio-Rad, Tecan, BMG Labtech, HACH, Sartorius, Mettler Toledo, Hamilton, Beckman, Roche, Abbott, and many more. Serial, USB, Ethernet, file-watcher, and direct API support are all built in. Adding an unsupported instrument is a configuration job, not a custom development project.
02 Context at the source
Every reading knows what it is.
When an instrument produces a reading, LabVia attaches the metadata that gives the reading meaning: the sample ID, the project, the experiment, the protocol, the operator, the instrument calibration state, and the timestamp. The notebook does not need that data filled in later because the connection between reading and context happens at capture time. A query for every absorbance reading from sample 4521 returns the results in seconds, not a half-day of spreadsheet wrangling.
03 Anomaly detection in real time
The bad run, flagged while it is still running.
LabVia monitors instrument output in real time and flags drift, baseline shifts, retention-time anomalies, and out-of-spec QC results while the run is in progress. The analyst sees the flag before the run completes, not at the data review meeting two weeks later. Detection runs against the lab's own historical baseline for the instrument, the method, and the sample type, so the model is calibrated to the lab's reality and not a generic reference.
04 Calibration and QC tracking
Every reading tied to the calibration that justified it.
Every reading LabVia captures is linked to the instrument's calibration state at the time of the reading: when it was last calibrated, by whom, against what standard, and whether the calibration is still in range. QC samples are tracked alongside their analytical samples and flagged when they fall outside the method's acceptance criteria. The auditor's question, "Can you prove the instrument was in calibration when this result was generated?" has a one-click answer.
05The compounding outcome
Audit-ready, paperless, hour-saving.
The reason labs invest in instrument integration is not the integration itself. It is what the integration unlocks: data review that takes hours instead of days, audits that produce immediate answers instead of binder-flipping, and runs whose results can be trusted from the moment they finish. LabVia gives the lab the operating posture it could not afford to build itself.
How LabVia fits inside the ELN Suite.
Four platform modules included with ELabELN Suite. The ELN is the front door. LabVia is the connector that makes the data inside the notebook trustworthy from the source.
ELabELN
The notebook layer. Captures the experimental record.
LabDrive
The files, datasets, and documents the notebook references, with metadata and versioning.
LabVia
Direct connectivity to instruments over serial, USB, and network. AI anomaly detection.
LabVista
Dashboards and reports across the ELN, LIMS, and connected business systems.
Together, they replace the patchwork of shared drives, lab servers, instrument PCs, and ad-hoc folders that most research labs are running today.
What instrument-native integration does that scripts and spreadsheets cannot.
Labs typically handle instrument data one of two ways before they get serious: they retype it, or they cobble together scripts that break the next time the instrument firmware updates. Both look like solutions until the audit, the paper, or the regulator forces a closer look.
| Capability | Manual transcription | Vendor software + file shuffling | LabVia |
|---|---|---|---|
| Data capture | Operator reads and types. | Vendor exports to file, someone moves the file. | Direct from instrument at the moment of acquisition. |
| Sample and experiment context | Filled in later, often missed. | Attached after the fact in another system. | Attached at the moment of capture. |
| Error rate | High, with no audit trail. | Medium, with weak audit trail. | Low, with a full audit trail. |
| Anomaly detection | After the run, in review. | After the run, in vendor viewer. | Real-time during the run. |
| Calibration linkage | Tracked separately in a binder. | Tracked in vendor software, not in the lab record. | Linked to every reading automatically. |
| Instrument coverage | Whatever the operator can read. | One vendor at a time. | Multi-vendor, hundreds of profiles. |
| Auditor-readable trail | The operator's handwriting. | Vendor's export with no lab context. | Lab record with full provenance. |
| Cost of an unsupported instrument | Manual labor forever. | New vendor software, new training. | Configuration job. |
| Cost as the lab grows | Linear in operator hours. | Linear in license seats. | Flat with Suite. |
When instruments stop being islands.
Most labs run an instrument-by-instrument workflow for years before they accept the cost. The breaking points are predictable, and most labs hit several of them before they act. LabVia is the layer for labs at that point. It holds the instrument-to-notebook connection that the workaround cannot.
Manual transcription errors are showing up in audits.
Vendor data viewers cost more than the instruments, and nobody wants another seat.
Two labs in the institution run the same instruments and cannot share data.
A regulator wants instrument data with full provenance, and it takes two weeks to prepare.
Anomaly detection keeps finding problems after the data has shipped.
See LabVia inside ELabELN Suite.
A 30-minute walkthrough with a LabLynx expert. Bring an example of how an instrument's data reaches your notebook today, and we will show you what LabVia would do with it instead. No slide deck.
Questions, answered.
If a question isn't here, the demo answers it. The questions are ordered roughly by how often they come up before a decision.